OMU1-S-RF Demo Unit User Manual
Contents
1. Cet Maypam Temp Alarm Current NO Alarm Currerk ND Alarm Current NB Alem Maurum Maium Oe Mae Maimu Aem WB Alem Current WB Alarm Current WB Alem Outlet Minimum Quiet Mnimum Quiet Freq Als Alarm ND Alarm Creep Alarm Manum Maximum Quiet Fena flere flere Preity Alm Creep 5 000 watt ox o 0 Mn Mn SAG Vubage Outlet Meem Outlet Watt 5 O00 0 Maomum Outlet Wo Alem WE IFFFFFFFF E 060 Alarm Mask gt tO 150 Graph j warts X LE gt Marmas Vots Prosare trter Alarma Fun Mack FFFFFFFF Present 000 Alarm Mask 28 Rev 1 2 UM 6612 016 78 6612 OMU1 S RF Demo Unit User Manual Below the Alarm Status Indicators are the current threshold values and data entry boxes to change the OMU1 event counter threshold values f wy tr gui vi x Cost jk wh Total Energy Watts 10 0 1 in onon Total Cost Temperature trite Max 0 0 TNAM w b Erter Mrimum in 1500 Freauency Write Minimum um bo 59 0 Frequency Preserk Maximum Erter KWh Cost 0 0002. You should not delete the installation image if you wish to be able to modify or repair the installation in the future 2 Un zip the to the proper folder ao WinZip Self Extractor LabWindows XP Pro VISA unzip all files in this sell estractor file to the d Unzi specified Folder press the Unzip button E Hun winzip Unzip to Folder ruments Downloads M VS d Browse Close Iv Overvwrite files without prompting About When done unzipping open selup exe uem 18 Rev 1 2 6612 016 78 6612 OMU1 S RF Demo Unit User Manual 3 Startthe installation NI VISA 4 4 1 Runtime NI VISA 4 4 1 Runtime Exit all applications before running this installer Disabling virus scanning applications may improve installation speed This program is subject to the accompanying License amp greement s NI VISA National Instruments VISA Software ni com visa 4 Select the proper destination directories NI VISA 4 4 1 Runtime NI VISA 4 4 1 Runtime Destination Directory Features Select the primary installation directory Select the features to install 5 4 4 1 National Instruments VISA driver version 4 4 1 VISA oS Run Time Support provides an for controlling V1 GPIB Serial Px National Instruments software will be installed in a subfolder of the following To install into a and other types of instruments different folder
3. Z SEMICONDUCTOR CORP Simplifying System Integration OMU1 S RF Demo Unit User Manual February 18 2010 Rev 1 2 6612 016 78 6612 OMU1 S RF Demo Unit User Manual UM 6612 016 2010 Teridian Semiconductor Corporation All rights reserved Teridian Semiconductor Corporation is a registered trademark of Teridian Semiconductor Corporation Simplifying System Integration is a trademark of Teridian Semiconductor Corporation Microsoft Windows Vista and Excel are registered trademarks of Microsoft Corporation CA51 is a trademark of Keil An ARM Company Signum Systems is a trademark of Signum Systems Corp LabVIEW NI and NI VISA are trademarks of National Instruments All other trademarks are the property of their respective owners Teridian Semiconductor Corporation makes no warranty for the use of its products other than expressly contained in the Company s warranty detailed in the Teridian Semiconductor Corporation standard Terms and Conditions The company assumes no responsibility for any errors which may appear in this document reserves the right to change devices or specifications detailed herein at any time without notice and does not make any commitment to update the information contained herein Accordingly the reader is cautioned to verify that this document is current by comparing it to the latest version on htip www teridian com or by checking with your sales representative Teridian Semiconductor Corp
4. Installation Complete Installation complete ou might be prompted to reboot your machine 8 Copy the OMU GUI V3p0 exe application file from the CD to your PC 9 Restart your computer 20 Rev 1 2 UM 6612 016 78 6612 OMU1 S RF Demo Unit User Manual 3 Operating the Dashboard GUI Start the Dashboard Program using launching Teridian OMU GUI V3p0 exe 3 1 Port Selection The COM port must be selected before data can be received from the OMU1 Select the appropriate COM port assignment previously defined on the Device Manager screen in Section 2 2 Qe 78M6612 Outlet Measurement Unit Demo com Creet rmm Voltage rie Power Factor Select COM Port X m Wise Narrow Band end gt F COM Port UE Selection Ure QUIERIDIAN 78M6612 Outlet Measurement Unit Demo Current rmm Vol ge rm Power Factor Com Part Wise Neron Berd fend 245001 Outlet Voltage Select p Warts len Mites If the OMU1 is disconnected from the USB cable close and restart the GUI to re establish the USB port connection Rev 1 2 21 78 6612 OMU1 S RF Demo Unit User Manual UM 6612 016 3 2 Creating Measurement Data Log File Upon clicking the Run button a File Write dialog box appears The GUI stores retrieved measurement data to a file for post processing Enter the desired subdirectory and file name Cli
5. frequency _ 3 0 61 0 7 Present 55G Erite SAG Write 0 000 psu 000 SAL Yol age Mearan Mirrwra zn Write jo 000 100 000 age Relay Configuration Present Maximum Erter Maximum Proart Rely Erker Relay LL _ Write Maximum 0 000 14090 Voltage Contrata Write Relay Present Outlet in 560000000 Confsgur fell ia Write Outlet 15 000 Mas Current NB E ae Write Outlet 0 0 Le Sequencer Delay Current Current WH 1 E ea adl xum 0 000 0 700 Min Pwef ct ND an Write Present Odit Outlet i Delay Max PF NB Max ND Write Outlet 0 i lt Enter Value s e Enter anew value and click on the respective Write button to save the new value to the OMU1 S RF Do not press the keyboard 5 Enter key after typing in a new numeric value 3 17 Relay Configuration Controls The internal load relay defaults to the off condition load not powered upon power on or restart of the GUI The relay control button is located in the lower right hand corner of the main GUI control panel A relay status indicator is located to the left of the control button The relay status indicator and all other GUI indicators experience a 1 2 second update delay after clicking the relay control button Relay Control Button Rev 1 2 29 78 6612 OMU1 S RF Demo Unit User Manual UM 6612 016 Adva
6. 22 3 3 Selecting the Power Display 22 3 4 Selecting the Display 5 23 3 5 Resetting the Min and Max Indicators to Their Current 23 3 6 Begin Tracking Minimum and Maximum 24 Sof OGEC OUIET f aa 24 3 8 Selecting Wide Band or Narrow Band Measurement 04000 25 3 9 Selecting the Sample nnne nnn nnn 25 25 Sh Nouta Votado Al 26 22122 ime 10 u o 2 2 22 uo ssasuussassuspasasmssssamasqassasassasasssasassacsassssasqasqukun aan asapasasaspa usa 26 3 13 Accumulated Energy Usage and Expense Tracking 27 3 14 Displaying Narrowband and Wideband Values Simultaneously 27 3 15 Using the Parameter 28 3 16 Setting Alarm Status nennen nnne 28 3 17 Relay Configuration nennen nnne nnne nnn n 29 3 18 Log File Import to Excel Eo OT 30 4 Schematics Bill of Materials and PCB Layouts 33 4 1 OMU1 S RF Demo Board 33 4 2 OMU1 S
7. 6440 Oak Canyon Suite 100 Irvine CA 92618 TEL 714 508 8800 FAX 714 508 8877 http www teridian com 2 Rev 1 2 UM 6612 016 78 6612 OMU1 S RF Demo Unit User Manual Table of Contents f uu Sl u Dau aa aaa aaa a au nee 5 1 1 Package 5 Oy Slem Beg liernma uu uentum unda ti utu 5 on a Ae 6 14 Firmware Demo Code 6 1 5 Testing the Demo Unit Prior to 6 2 cru see 7 2 1 DJSb brverinstalallomassme EE De e rci 7 2 2 Connection 8 2 2 1 Attaching the USB OPTO Daughter Board to the OMU1 S RF 9 2 2 2 Attaching the UART ISO Daughter Board to the OMU1 S RF 10 2 2 3 Attaching a Customer Supplied COM Module to the OMU1 S RF 11 2 3 Confirm COM Port 12 24 Verity Serial Connection tothe POUR uns uwa SEC RUP ULM 13 225 uu 15 2 6 Install LabWindows XP Pro 18 3 Operating the Dashboard 21 3 1 POL OCCHIO pene Renee 21 3 2 Creating a Measurement Data Log
8. 118 111 1 i Tm L 115 451 LAE A EIE 14 631 3579 237 333 il L IA 63 8 1 631 15 753 H5 332853 125 HA 63 14 0 691 245 232563 ta ay 14 78 FL 114 x Hi 23 iy ae 14 13 12 11 11 ID fs 14 1 1 dd 1 1 HEALS 115254 14 8 211 1 8 113 63 6 63 4 4 E Data Loghie SHAI SS mi cM ll rom 32 Rev 1 2 6612 016 78 6612 OMU1 S RF Demo Unit User Manual 4 Schematics Bill of Materials and PCB Layouts This section includes the schematics bill of materials and PCB layouts for the OMU1 S RF Demo Board and the schematics for the USB Daughter Board and the UART ISO Daughter Board 4 1 OMU1 S RF Demo Board Schematics 1 1000 0 5A 18R105C JP2 1 D1 R20 MS 580 18R105C Weco Tst 12V ve Tst 1 400V 10 1 2W SIP100P3 n IP100P2 MB 1210W VR2 MS 621 S1GB F MS 660 RK73H2ETTD10ROF UCC284 GND is virtual ground 1 SOIC8 GND MS 595 UCC284DP ADJ 5 R21 617 16 9 1 4 7uF 25 8 0603 18 C3 C13 1206P 0 1UF 10uF 25V MS 5160 2867 10uF 450V 0 1uF 450V VR1 511 1503 1 ND C15 0603 1812 Male NEMA 5 15 XRL450B C330 BP5045A Non lsolated 220uF 25V lo imp R22 478 1762 1 ND Case rear panel upper half MS 140 XRL450V10 RC MS 80 C330C104KCR SIP10BP 0603 10 0K 1 MS 755 BP5045A GMPS MS d47 UUD1E221MNL MS 80 C0603C 153K
9. 7 78M6612 Evaluation Board Copper Top View 38 Figure 8 78 6612 Evaluation Board Copper Bottom 38 Figure 9 USB Daughter Board Electrical 5 39 Figure 10 UART ISO Daughter Board Electrical 40 Tables Table 1 GOM Port Setup Pararmelters x uu u uuu uenia N eade iacet acces 13 Table 2 OMU1 S RF Demo Board Bill of 35 4 Rev 1 2 UM 6612 016 78 6612 OMU1 S RF Demo Unit User Manual 1 Introduction The Teridian Outlet Measurement Unit Model OMU1 S RF is a low cost power monitor utilizing the Teridian 78 6612 SOC Teridian 78M6612 monitors the AC line voltages and load current and controls switching of an internal load relay The embedded firmware calculates the RMS line voltage and RMS load current watts VA VAR and power factor The real time data is transmitted to a PC for display a Windows based Graphical User Interface GUI The 78M6612 s UART interface is used as the communications link to a customer supplied RF module for the OMU1 S RF The OMU1 S RF evaluation kit is intended to be used for development and integration of a separate communications interface Included with the OMU1 S RF is a pair of isolated daughter boards and a Windows based Graphical User Interface GUI for simplified acc
10. NOT WISH TO BECOME A PARTY TO THIS AGREEMENT AND BE BOUND BY ALL OF ITS TERMS AND CONDITIONS CLICK THE APPROPRIATE BUTTON TO CANCEL THE INSTALLATION PROCESS D NOT INSTALL OR USE THE SOFTWARE AND RETURN THE SOFTWARE WITHIN THIRTY i30 DAYS OF RECEIPT OF THE SOFTWARE INCLUDING ALL ACCOMPANYING WRITTEN MATERIALS ALONG WITH THEIR CONTAINERS TO THE PLACE YOU OBTAINED THEM ALL RETURNS SHALL BE SUBJECT TO NI S THEN CURRENT RETURN POLICY 1 Definitions As used in this Agreement the following terms have the following meanings 5 accept the License Agreement s C31 do nat accept the License Agreements Rev 1 2 UM 6612 016 78 6612 OMU1 S RF Demo Unit User Manual 5 Start the installation Start Installation Review the following summary before continuing Adding Changing amu qui Files Click the button to begin installation Click the Back button ta change the installation settings 6 When the installation is complete restart your computer Tou must restart your computer to complete this operation you need to install hardware now shut down the computer vau choose to restart later restart your computer before running any National Instruments software Shut Dawn Restart Later Rev 1 2 17 78 6612 OMU1 S RF Demo Unit User Manual UM 6612 016 2 6 Install LabWindows XP Pro Update Do not install LabWindows XP Pro Update on Win2k 1 Launch the LabWindows XP Pro V
11. OMU1 S RF and external equipment will occur due to the 78M6612 s high side reference topology The 78M6612 s V3P3 i e high side is connected directly to Neutral Earth Ground creating a ground reference disparity with any properly grounded external equipment Always use the provided UART ISO daughter board for connecting external development boards Contact Teridian for instructions on connecting other types of test equipment 1 4 Firmware Demo Code Introduction The Firmware Demo Code provides the following features Basic energy measurement data such as Watts Volts current VA phase angle power factor accumulated energy frequency date time and various alarm statuses e Control of alarm thresholds calibration coefficients temperature compensation etc There are two means to facilitate performance evaluation between the user at the PC host and the firmware code in the OMU1 S RF Demo Unit he Graphical User Interface GUI This document describes the installation and use of the Windows based GUI he Command Line Interface CLI via HyperTerminal or comparable terminal emulator on a different operating system For information about the CLI see the 6612 S2 V1 13 Firmware Description Document The OMU1 S RF Demo Unit is shipped with Demo Code Revision 1 13 or later loaded in the 78 6612 chip and included on the CD The code revision can be verified by entering the command gt i vi
12. RC 301 0 RC Rev 1 2 35 78 6612 OMU1 S RF Demo Unit User Manual UM 6612 016 Mem Reference POBFooiprimt Pan Number Number Manufacturer _ Qty Reference PCB Footprint Part Number Number 31 1 R20 10 1 2W 1210W MS 660 RK73H2ETID10R0F KOA Speer RK73H2bETTD10RO 32 1 02 100 0603 MS 302 10K RC 302 10K RC 0603 MS 301 1 0K RC 301 1 0K RC SIP100P2 M MS 538 22 12 2021 22 12 2021 MOLEX Es MM 68 78 6612 Teridian Semiconductor BP5045A SIP10BP MS 755 BP 5045A BP5045A ROHM Semiconductor UCC284 SOIC8 MS 595 UCC284DP ADJ UCC284DP ADJ 32 768kHz AB525 535 9166 1 ND ABS25 32 768KHZ T 36 Rev 1 2 UM 6612 016 78 6612 OMU1 S RF Demo Unit User Manual 4 33 OMU1 S RF Board PCB Layouts FAULT ACTIVE READY 2 uus Ji R10 Rr BR Green TPSORX Teridian HN SEE OMUISACVS EBND R7 48 J9 4 TEFRIDIAN SEMICONDUCTOR CORP Figure 6 78M6612 Evaluation Board PCB Bottom View Figure 5 78M6612 Evaluation Board PCB Top View Rev 1 2 37 78 6612 OMU1 S RF Demo Unit User Manual UM 6612 016 38 Rev 1 2 6612 016 78 6612 OMU1 S RF Demo Unit User Manual 4 4 USB Daughter Board Schematic TP3 USB5V TPWW USB5V 1 USBDM J1 USBDP USB B 4 MS 806 KUSBVX BSIN W USBBV l6 l 1 5M A B White Cable Mouser 571 1487588 2 TP5 USBGND 1 TPWW Rev 1 2 1 USB3V TPWW TP2 HOS
13. RF Demo Board Bill of Materials 35 43 XOMUI S HE Beard POB ts 37 44 USB Daughter Board SCHEMALLG 39 45 UART ISO Daughter Board 5 nnn 40 5 os cic cise 41 6 ne l d ed DOCUMENTATION nc ed e XE RE nga ea rane 41 f eRe au a a yk 41 occ 41 Rev 1 2 3 78 6612 OMU1 S RF Demo Unit User Manual UM 6612 016 Figures Figure 1 OMU1 S RF Application 8 Figure 2 HyperTerminal Window with the Disconnect Button 14 Figure 3 OMU1 S RF Demo Board Electrical Schematic 1 of 2 33 Figure 4 OMU1 S RF Demo Board Electrical Schematic 2 Of 2 34 Figure 5 78M6612 Evaluation Board PCB Top 37 Figure 6 78M6612 Evaluation Board PCB Bottom View 37 Figure
14. and installs the appropriate driver files If your PC does not find the FTDI driver files on its local hard disk drive locate and reference the FTDI USB Driver and Utilities subdirectory on the CD The FT232RL controller is powered from the USB cable and is active even when no AC power is applied to the OMU1 S RF Teridian OMU1 D File Edit View Favorites Tools Help gt 27 Search i Folders Address DA Files Currently on the CD CD Writing Tasks 8 Write these files to CD i i ilities LabWindows XP Installer Rename this file gy Move this file Copy this file Publish this file to the Web 2 E mail this file OMU GUI v3p0 exe rise ir sa Other Places Y 8 y A File and Folder Tasks CJ LabWindows XP Pro VISA Update Teridian Documentation Readme txt Teridian Firmware Text Document My Computer L My Documents amp 4 My Network Places Details Notes If an older FTDI driver has been previously installed it is recommended to remove the older version before installing this newer FTDI driver Execute the ftdiClean exe utility from the FTDI USB Driver and Utilities subdirectory For FTDI driver support on other operating systems please check website at http www ftdichip com F TDrivers htm Rev 1 2 7 78 6612 OMU1 S RF Demo Unit User Manual UM 6612 016 2 2 Basic Connection Setup Figure 1 s
15. file 7 Teridian E AM Settings adi 0 KB 2 Execute the setup exe file LabWindows XP Installer File Edit View Favorites Tools Help Back 2 Search Wey Folders Address 052 D Labwindows Installer B Folder Tasks bin license supportfiles nidist id setup setup Extract all Files Other Places 5 Teridian OMU1 D 23 Documents amp My Network Places Rev 1 2 15 78 6612 OMU1 S RF Demo Unit User Manual UM 6612 016 3 Selectthe destination directory Destination Directory Select the primary installation directory All software will be installed in the following location s To install software inta a different locationis click the Browse button and select another directory Directory For omu qui C Program Filesamu gui Directory for National Instruments products C Program Files ational Instruments 4 Accept the License Agreement 16 License Agreement You must accept the license s displayed below to proceed NATIONAL INSTRUMENTS SOFTWARE LICENSE AGREEMENT INSTALLATION NOTICE THIS 15 CONTRACT BEFORE YOU DOWMLOAD THE SOFTWARE AND OR COMPLETE THE INSTALLATION PROCESS CAREFULLY READ THIS AGREEMENT DOWNLOADING THE SOFTWARE AND OR CLICKING THE APPLICABLE BUTTON TO COMPLETE THE INSTALLATION PROCESS YOU CONSENT TO THE TERMS OF THIS AGREEMENT AND YOU AGREE BE BOUND BY THIS AGREEMENT IF YOU Do
16. to the OMU1 S RF s UART cable as shown Take note of the cable s Red wire V with regards to the daughter board s connector pin assignments Do not attach external equipment the OMU1 S RF when using the USB OPTO If it is necessary to attach test equipment contact Teridian for instructions Rev 1 2 78 6612 OMU1 S RF Demo Unit User Manual UM 6612 016 2 2 2 Attaching the UART ISO Daughter Board to the OMU1 S RF Attach the UART ISO daughter board to the OMU1 S RF for use with external development boards External development boards are customer supplied hardware incorporating their communications module and debug interfaces Their debug interfaces are typically RS 232 or USB cables with direct connections to a PC The daughter board incorporates signal isolators to protect the external development board hardware and its attached PC aj u la FAULT READY Bw i wee al DM i R12 i R242 7 dui iim d cine C3 a ie RD VO5 8 C20 Z oT Di ii Teridian TKO E as 4 T i UARTISOV1 mee Teridian wu g omuisacv3 EE _ Attach the UART ISO daughter board to the OMU1 S RF s UART cable as shown Take note of the cable s Red wire V with regards to the daughter board s connector pin assignments The UART ISO daughter board does n
17. will calculate and display the accumulated energy COSI value in the OMU1 S RF module olide the vertical scroll bar down to display the Present Cost KWh which shows the currently stored Enter a new value such as 10 in the box below and click the Write KWh Cost button to save this updated cost information Do not hit the keyboard s Enter key after typing in the new numeric value information button 63 gui vi Took Window 7 16 15 14 ee 88999189004 999 Enter Cost per KWh Total trwegy Total Watts Total Cost Total Watts n Duplex Totals Total Current Total Current Mn The Total Energy and Total Cost windows under Duplex Totals update automatically with the new The accumulated Total Energy and Total Cost windows are reset by clicking the Reset Min Max Vertical Scroll Bar Total VARS Total Energy Total Cost 3 14 Displaying Narrowband and Wideband Values Simultaneously Slide the horizontal scroll bar to the right to view both sets of data Power Factor utlet Measurement Unit Demo Select COM port Rev 1 2 NarrowBand Measurements VA nb J Vrms 172220 1 12 V 2 um v 1 sat Watt 2 2 sum 930 Wet Verb VAR cb Watt 13 0 web Power
18. 0pF RESET 51 SEG8 O V O SEG9 R12 SW1 R13 C10 2 0 ESAE 0603 EP11 0603 0603 GND SEG13 GND SEG14 SEG15 SEG16 SEG17 SEG18 SEG29 DIO9 SEG30 DIO10 SEG31 DIO11 SEG34 DIO14 V3P3 ICE inputs become SEG35 DIO15 T LCD seg driv ers 2 1 when low 3 16 2 RXTX 2 SEG19 DIO19 ICE 5 TCLK RXTX SEG38 SEG40 D1020 ERST E TCLK SEG33 SEG41 DIO21 SIP100P6 66 E RST SEG32 l6 ICEEN COMO 38 IGE E COM1 2 C14 R17 1000pF 330 CONS nus uas SEG28 DIO8 GND GND Nu SEG24 DIO4 SEG25 DIO5 TP2 TP 1 TPWW CKTST E 1 TMUX 9 CKTEST SEG19 TPWW TMUXOUT Connect V3P3 toCt7z10 T 1 SEG26 DIO6 1 0603 J5 2 UART1TX 6 DEBUG 3 UARTIRX pum dd e SIP100P4 4 RX eT S UN SEG27 DIO7 TP5 p 1 TP TPWW E I H OPT TXDIO2 TPWW OPT RXDIO1 TP7 x 1 TP TPWW T 78M6612 68QFN GND NN 41 42 1 TP8 SEG26 D1006 6612 016 V3P3 Q LED 100 MS 606 4300H1LC MS 606 4300H5LC MS 606 4300H7LC R14 R15 R16 470 470 470 0603 0603 0603 TP1 Wh TP R18 Z SIP100P2 TPWW 10K TY 0603 O V3P3 PULSE OUTPUT gt gt RELAY1 Figure 4 OMU1 S RF Demo Board Electrical Schematic 2 of 2 34 Rev 1 2 UM 6612 016 78 6612 OMU1 S RF Demo Unit User Manual 4 2 OMU1 S RF Demo Board Bill of Materials Table 2 OMU1 S RF Demo Board Bill of Materials Digi Key Mouser Supplier Part Ts Reference PCB Footprint Part Number Number 8 01 05 68 0
19. 12 OMU1 S RF Demo Unit User Manual UM 6612 016 Text Import Wizard Step 3 of 3 This screen lets you select each column and set the Data Format Calumn data Format general converts numeric values to numbers date values to dates and all remaining values to text Do not import column skip Data preview TSC 7816612 OM 52 wvl 13 Select Text for Column data format Click Finish to complete importing log file data The log file text data can now be parsed using standard Excel formulas bs virt 1 F in 9 AL n 3 arme Tr 1 TSC 1 3 E 617 1 D D i x H 04205 8 577 555 DEB MI TEMI ABT 4 3 507 4 69 509 nues 228 357 I3 tian a E nei fi 1 an IA Bae Demi m x AB fait D LEE usi Z 111 IB 10 42 13 B 63 63 0 631 T 318 333487 15 Br 0 515 0 691 78 313 333 457 18 3 JEN 14 0691 352 25 353367 9 1022 10 a x 3 70 0415 D 115 112661 1 15 31 4 4 11 41 L 0 919 Der LI 112 261 ed i4 ris 213 Heb 117681 23 63 531 0 515 0 631 78 306 331 457 Mr 63 7 0615 631 735 E 335 332 563 1 5 17 3 555 0 415 531 a 09 333 287 28 nm K 514 rp ITI Lin ar I zu 1 ee l4 134 1 IB I rar hot 14 E zd
20. 14 019 C5 C8 C14 C19 1000pF o 8 581 08035 102 581 06035C102J Ku SU laesi C11 C18 C21 08 80 C0603C104K5RAL 65 OAKSRALTU LA p Ed C24 10pF 25V 1812 478 1762 1 ND TPSC106K025R0500 AVX 100pF 0603 MS 581 06035A101J O6035A101JAT2A AXX E GEE C7 C9 27pF 0603 MS 581 06035A270J 06035A270JAT2A 261116121 tOpF450V XRL450B MS 140 XRL450V10 RC 140 XRL450V10 RC 0 1uF 500V C330 MS 80 C330C104KCR C330C104KCR5TA KEMET Ao yr asv o me 25V lo imp UUDB MS 647 UUD1E221MNL UUD1E221MNL1GS Ct6 0 015 Bn cd dil Real PS oem 12 1 1 WecoTs M MS 571 1032392 103239 2 Tyco AMP SIP100P3 M MS 571 1032393 103239 3 Tyco AMP SIP100P6 M R A MS 538 22 12 2061 22 12 2061 LED100 MS 606 4300H1LC 4300H1LC Chicago Miniature LED2 YELLOW LED100 MS 606 4300H7LC 4300H7LC Chicago Miniature GREEN LED100 MS 606 4300H5LC 4300H5LC Chicago Miniature 1000uH 0 5 18R105C MS 580 18R105C 18R105C PNP 500ma 30V SOT23T MS 610 CMPTA63 CMPTA63 Central kas asi fa AL 285 46ND Panasonic F mu 22 4 06 75004 0602 P7SOYCTND ERA 3YEB75IV Panasonic _ 23 2 169K1 000 MS302169KRC 302169 6 Xeon _ LM 1 MS9AKRO _ 26 31 R6 R7 R9 R10 1M 0 1 1206W MS 660 HN732BTTD1004B25 KOA Speer HN732BTTD1004B25 49 0 0603 MS 301 0
21. 3R 0603 All things referenced to V3P3 for 78 6612 V3P3 IS Neutral Earth Gnd V3P3 connected to NEUTRAL for Safety due to SMA GND shield Note SMA GND shield is 3 3V relative to Neutral Earth GND STAR POINT N e i V3P3 1 SIPW1 Vp Noe R1 0 004 196 2 5W CURRENT Hed INPUT MS 66 ULR25RO04FLFTR J2 1 NEUTRAL 1 White Sensor connection R3 SIPW1 at shunt pads 750 0 1 19 0603 1000pF R4 0603 16 9K 1 0603 C4 R5 100pF 20 0K 1 0603 0603 R7 R6 GND 1M 0 1 1M 0 196 GND J3 E 1 1206W 1206W 1 MS 660 RN732BTTD 1004B25 58 SIPW1 50 R8 12V 750 0 1 0603 P750Y CT ND C20 C7 RL1 c 4 7uF 25V 27 16 12 SPDT Low Profid ee 1206P 0603 ALZ We 511 1503 1 ND R23 64 XOUT 255 1446 ND 4 n 10K li 0603 Y1 32 768KHz a lt RELAY ABS25 GND J4 1 Q1 R24 535 9166 1 ND _ 1 PNP 500ma 30V 1K 62 XIN SIPW1 SOT23T 0603 MS 610 CMPTA63 C9 27pF VOLTAGE iA qu INPUTS R9 R10 8M6612 68QFN 1M 0 1 1M 0 196 GND J8 1 1206W 1206W 1 MS 660 RN732BTTD 1004B25 SIPW1 EGND J9 1 CON1 Green R11 SIPW1 750 0 1 0603 P750Y CT ND MS 5160 49 2BK Female NEMA 5 15 Case lower edge facing down Rev 1 2 Figure 3 OMU1 S RF Demo Board Electrical Schematic 1 of 2 33 78 6612 OMU1 S RF Demo Unit User Manual V3P3O V3P3 U1B 70 8 gt SEGO c SEG1 S SEG2 Optional Reset Switch 0603 EE SW1 EVQ PJX05M Panasonic GND E R12 1K SEG5 R13 1K C10 10O0
22. Factor nb qy WideBand Measurements sayt sum 1 2 samples 122 wa var VAR b PowerF actor wb 02 479 sum 9 2 samoles sum V 1 vires 1 sqt Warn lt Watt 2 Watt V b ATAN VAR b Wat Horizontal Scroll Bar Duplex Totals Total NB Watts 27 78 6612 OMU1 S RF Demo Unit User Manual UM 6612 016 3 15 Using the Parameter Graph Use the Parameter Graph to display sample size averages for a specified parameter and time scale e Select the parameter to chart using the Select Parameter menu e Select the time scale using the Select Time Scale menu Select Parameter Menu Select Time Scale Menu 100 150 20 2 XD 400 4 Select pw iet Warts inen 3 16 Setting Alarm Status Thresholds The OMU1 can trip an alarm whenever a specified minimum or maximum temperature frequency voltage maximum current narrowband maximum current wideband power factor narrowband and power factor wideband When the specified value is exceeded the corresponding Alarm Status Indicator turns red Also the Alarm Status on the Dashboard turns red To the left of the main control panel are the Alarm Status Indicators Use the horizontal scroll bar to bring the indicators into view Alarm Status Indicators jTERIDIAN 78 66120 Alarm Status Indicators Cusreet Volte rtm
23. ISA Update exe installation file on the CD Q Teridian OMU1 D x File Edit View Favorites Tools Help 27 Search ig Folders Address D Go Files Currently on the CD LJ FTDI USB Driver and Utilities Lab Windows XP Installer CD Writing Tasks G Write these files to CD File and Folder Tasks Teridian Documentation Rename this Move this file this Publish this file to the web 2 E mail this file Delete this Readme txt Teridian Firmware GUI v3p0 exe E a Teridian gui dauor 5cCtur ids KD LabWindows XP Pro VISA Update PEE Ld Ido Ari at rext Document 1KB File Edit View Favorites Tools Help x 2 J2 Search Folders Address e D LabWindows XP Pro VISA Update 4 Go NI VISA 4 6 Info doc Microsoft Office Word 97 97 20 File Folder Tasks mi Rename this gy Move this file A Copy this file Publish this file to the Web Verify visa32 dll version doc Microsoft Office W 97 20 a age 2 e E mail this file gt Delete this file NI VISA 4 6 This self extracting archive will create an installation image on your hard drive and launch the installation After installation completes you may delete the installation image to recover disk space
24. S OF RECEIPT OF THE SOFTWARE INCLUDING ALL ACCOMPANYING WRITTEN DOWNLOAD AND OR USE THIS INTELLECTUAL PROPERTY MATERIALS ALONG WITH THEIR CONTAINERS TO THE PLACE YOU OBTAINED THEM ALL RETURNS SHALL SUBJECT TO NI S THEN CURRENT RETURN POLICY Readers of this document are requested to submit to Interchangeable Virtual Instruments Inc Licensor with their comments notification of any relevant pateht rights or other intellectual property rights of which they may be aware which might be infringed by any v use of this intellectual property software or specification the Intellectual Property as Definitions As used in this Agreement the following terms have the following meanings accept the License Agreement s accept the License Agreement s I do not accept the License Agreement s I do not accept the License Agreement s Rev 1 2 19 78 6612 OMU1 S RF Demo Unit User Manual UM 6612 016 6 The following screen appears Click Next SE NI VISA 4 4 1 Runtime Start Installation Review the following summary before continuing Upgrading National Instruments system components Adding Changing eNI VISA 4 4 1 Run Time Support GPIB Serial Ethernet Remote Enet Serial USB Firewire TULIP COM Support Click the Next button to begin installation Click the Back button to change the installation settings 7 Click Finish 8E NI VISA 4 4 1 Runtime
25. T3V TPWW USB3V 1 8 V3P3 VCCIO UARTIRX vec 3 VIB 5 ND1 G2 USBDM USBDP ADUM3201 ADUM3201 ADUM3201ARZ ND NC2 NC3 NC4 NC5 NC6 OSCI OSCO U1 3V3OUT FT232QFN32 MS 895 FT232RQ i TINIAN FTQFN32 Figure 9 USB Daughter Board Electrical Schematic USBGND J2 DEBUG SIP100P4 Female TP4 HOSTGND TPWW 39 78 6612 OMU1 S RF Demo Unit User Manual UM 6612 016 45 UART ISO Daughter Board Schematic U1 C1 ADUM3201 C2 4 7 ADUM3201 4 7uF ADUM3201ARZ ND 1206P V3E J1 J2 DEBUG DEBUG SIP100P4A F SIP100P4 M To 6612 To ExtCom Figure 10 UART ISO Daughter Board Electrical Schematic 40 Rev 1 2 UM 6612 016 OMU1 S RF Demo Unit User Manual 5 Ordering Information Part Description Order Number 78M6612 Wireless PLC Outlet Measurement Demo Unit 78M6612 DB OMU RF 6 Included Documentation The following 78 6612 documents are included on the CD 78 6612 Data Sheet 6612 OMU 52 UHT V1 13 Firmware Description Document 7 Contact Information For more information about Teridian Semiconductor products or to check the availability of the 78 6612 contact us at http www teridian com contact us 6440 Oak Canyon Road Suite 100 Irvine CA 92618 5201 Telephone 714 508 8800 FAX 714 508 8878 Revision History Revision Date Descripfion SSS 11 6 2009 First publication 1 1 2 1 2010 Updated the schematics in Fi
26. a the command line interface Firmware for the Demo Unit can be updated using either the Teridian TFP1 or an in circuit emulator such as the Signum Systems M ADM 51 http www signum com Signum htm The board components and firmware settings are designed to operate with the following nominal AC electrical ranges Voltage Current Line Frequency 110 240 VAC 10mA 20A 46 64 Hz 1 5 Testing the Demo Unit Prior to Shipping Before every OMU1 S RF Demo Unit is shipped the following procedures have been performed at the factory e Full Calibration Precise energy source equipment is used to calibrate the current and voltage The temperature is also calibrated at the same time Accuracy Test This bench level test ensures the energy measurement accuracy is within 0 5 6 Hev 1 2 UM 6612 016 78 6612 OMU1 S RF Demo Unit User Manual 2 Installation 2 1 USB Driver Installation This evaluation kit includes an optically isolated USB adaptor board for serial communications with a PC The FTDI USB controller IC FT232RL performs the USB functions The FTDI Windows driver presents a virtual COM port for enabling serial communications Control of the OMU1 S RF module can be managed using either a terminal emulation program or using the supplied Windows Dashboard GUI The FTDI Windows driver is a certified driver for Windows 2000 and XP 1 Upon attaching the OMU1 S RF module to the PC the Found New Hardware Wizard automatically launches
27. al Bus controllers 12 Hev 1 2 UM 6612 016 78 6612 OMU1 S RF Demo Unit User Manual 2 4 Verify Serial Connection to the PC After connecting the USB cable from the OMU1 S RF to the host PC start the HyperTerminal application or another suitable communication program and create a session using the communication parameters show in Table 1 Table 1 COM Port Setup Parameters Setup Parameter 78M6612 Port speed baud 38400 Flow control Xon Xoff HyperTerminal be found in Windows by selecting Start gt All Programs Accessories gt Communications gt HyperTerminal The connection parameters are configured by selecting File gt Properties The New Connection Properties menu appears New Connection Properties Connect To Settings gt New Connection Change Icon Country region Enter the area code without the long distance prefix Area code Select COM Port Phone number Connect using co M1 Select the appropriate COM port and click Configure The COMn Properties menu appears COM3 Properties Port Settings Bits per second Data bits Parity Stop bits Flow control Rev 1 2 13 78 6612 OMU1 S RF Demo Unit User Manual UM 6612 016 Note that port parameters can only be adjusted when the connection is not active It necessary to click the Disconnect Button shown in Figu
28. ck OK to launch the main GUI display Select Data LogFile to write Save in Datalog A Recent Documents Desktop Documents Computer File name Data LogFile SH1 w Network Save as type All Files v The measurement data is stored as text characters delimited by commas Click the Stop button to close the text file and end the data logging function New data log files are created wherever the Run button is clicked The data log capture automatically stops after 12 hours 12 hours of data results in a 12 MB file To import the data log file into Excel see Section 4 19 3 3 Selecting the Power Display Parameter Using the Watts Selection menu under OMU Control Modes select Watt VA or VAR as the power display parameter Watt or VAR menu Real power is the time average of the instantaneous product of voltage and current Watt Apparent power is the product of rms root mean square volts and rms amps VA volt amps Reactive power is the time average of the instantaneous product of the voltage and current with current phase shifted 90 degrees VAR voltamps reactive 22 Rev 1 2 UM 6612 016 78 6612 OMU1 S RF Demo Unit User Manual 3 4 Selecting the Display Scales The range of values displayed in the Watts dial the Current rms dial and the Voltage rms dial can be changed Use the Voltage Range Watts Range and Current Rang
29. click the Browse button and select another Ethernet gt Remote Enet Serial This feature will be installed on the local hard drive USB Firewire TULIP COM Support This feature and its selected subcomponents may Destination Directory require up to 6 22 MB of disk space C Program Files N ational Instruments Directory for SA 4 4 1 C Program Foundation 5 5 Accept the License Agreements VE NI VISA 4 4 1 Runtime W NI VISA 4 4 1 Runtime License Agreement NATIONAL License Agreement You must accept the license s displayed below to proceed You must accept the license s displayed below to proceed NATIONAL INSTRUMENTS SOFTWARE LICENSE AGREEMENT LICENSE AGREEMENT INSTALLATION NOTICE THIS IS CONTRACT BEFORE YOU DOWNLOAD THE SOFTWARE AND OR COMPLETE THE INSTALLATION PROCESS CAREFULLY READ THIS AGREEMENT BY BEFORE YOU CLICK ON THE ACCEPT BUTTON AT THE END OF THIS DOWNLOADING THE SOFTWARE AND OR CLICKING THE APPLICABLE BUTTON TO DOCUMENT CAREFULLY READ ALL THE TERMS AND CONDITIONS OF COMPLETE THE INSTALLATION PROCESS YOU CONSENT TO THE TERMS OF THIS AGREEMENT AND YOU AGREE TO BE BOUND BY THIS AGREEMENT IF YOU DO NOT WISH TO BECOME A PARTY TO THIS AGREEMENT AND BE BOUND BY ALL OF ITS TERMS AND CONDITIONS CLICK THE APPROPRIATE BUTTON TO CANCEL THE INSTALLATION PROCESS DO NOT INSTALL OR USE THE SOFTWARE AND RETURN THE SOFTWARE WITHIN THIRTY 30 DAY
30. d socket Select Outlet1 for use with the OMU1 S RF module All Outlet2 power and current measurement displays show 0 00 due to the missing load circuit Similarly all Totals measurement displays mirror the Outlet1 results pd Outen valage y x 9 2 Relay 100 19 200 290 4 50 0 AERE 0 0 4 Select pw Wants Ten Mites gt Select 24 Rev 1 2 UM 6612 016 78 6612 OMU1 S RF Demo Unit User Manual 3 8 Selecting Wide Band or Narrow Band Measurement The GUI provides for two measurement algorithm options The Wide Band measurement method is optimal for measuring power from equipment with switching power supplies The Narrow Band method works well with conventional loads All measurement displays dials and graph are updated with the appropriate data based on the Wide Band Narrow Band selection TERIDIAN T NOL 1739 78M6612 Outlet Measurement Unit Demo Wines 05 0 4 0 a3 0 7 2 is i 0 03 0 1 Factor TT y a 20 1200 Wide Band Narrow Band 3 9 Selecting the Sample Interval Sample Interval provides a menu of sample sizes for display averaging The 1 Second setting updates the display with every sample once a second The 5 Seconds setting averages 5 samples and update
31. e menus under OMU Control Modes to select the display scales for Watts Current and Voltage amu pui vi Foor Window Hep E i K TAG TERIDUAN 78M6612 Outlet Measurement Unit Demo Dom Wait Curent re C Vogue i 0 4 u Scale for Voltage Marina ss sa c Watts and Current 3 5 Resetting the Min and Max Indicators to Their Current Values The Reset Min Max button sets the Minimum and Maximum display values to the current conditions Press the Reset Min Max button to store the measured values in the first row of the display into the second row the Min values and the third row the Max values First Row Current Conditions Second amp Third Rows Minimum amp Maximum Reset Min Max Rev 1 2 23 78 6612 OMU1 S RF Demo Unit User Manual UM 6612 016 3 6 Begin Tracking Minimum Maximum Conditions To begin tracking minimum and maximum conditions as they occur click the Start Min Max button Minimum values will display in the second row and maximum values will display in the third row Minimum Values Start Min Max 3 7 Selecting Outlet1 The GUI has provisions to display two loads Outlet1 and Outlet2 However the OMU1 S RF module contains only one loa
32. ess to the following measurement data and controls e Power current voltage and power factor indicator dials e Adjustable display scales e Minimum and peak parameter tracking e Selectable strip chart display format e Narrow band versus Wide band measurement e Selectable sample size averaging e Accumulated energy usage and expense tracking e Line frequency Alarm indicators e Programmable Alarm thresholds e Internal load relay 16A control e Data log to file Alternatively the user can directly query the device with the command set using HyperTerminal and the provided 6612 OMU S2 UHT V1 13 Firmware Description Document 1 1 Package Contents The OMU1 S RF Demo Kit includes e OMU1 S RF module e USB A B cable USB OPTO Daughter Board e UART ISO Daughter Board e CD with Software and Documentation 1 2 System Requirements The OMU1 S RF GUI requires use of a PC with the following features e 1 GHz 1 GB with Microsoft Windows XP or Win2000 equipped with USB port e Minimum 1024 x 768 video display resolution Rev 1 2 5 78 6612 OMU1 S RF Demo Unit User Manual UM 6612 016 1 3 Safety ESD Notes EXERCISE CAUTION WHEN LIVE AC VOLTAGES ARE PRESENT Standard ESD precautions must be taken when handling electronic equipment The OMU1 S RF contains ESD protected interfaces Do not connect test equipment ICE emulators or external development boards directly to the OMU RF hardware Damage to the
33. g the UART cable A If itis necessary to attach test equipment contact Teridian for instructions Rev 1 2 11 78 6612 OMU1 S RF Demo Unit User Manual 2 3 Confirm COM Port Mapping 1 Launch the Control Panel and click on the System icon Control Panel File Edit Tools Help 2 Search Folders i View Favorites 6612 016 Address Control Panel gt Vi Control Panel Je Switch to Category View See Also Accessibility Add Hardware Options Folder Options Fonts o Windows Update Help Support t e Network Connections Mouse amp Scheduled Tasks Security Center FW Add or Administrative Tools Game Intel R GMA Controllers Driver Power Options 9 Sounds and Audio Devices Phone and Modem SoundMAX AudioESP A Automatic Date and Time Display Updates Internet Keyboard Mail Options b 3 Printers Regional Scanners and Faxes Language Cameras Speech Symantec LiveUpdate 2 The System Properties screen appears Click on the Hardware tab Click on Device Manager Under Ports COM amp LPT look for the USB Serial Port assignment System Properties System Restore Automatic Updates General Computer Hardware Remote Advanced Device Manager The De
34. gure 3 and Figure 4 Updated the bill of materials in Table 2 1 2 2 18 2010 In Table 2 added Supplier Part Number and Manufacturer columns to the Bill of Materials Rev 1 2 41
35. hows the basic connections of the OMU1 S RF with the external equipment The OMU1 S RF Is powered by an internal switch mode power supply SMPS module and is not powered through the USB cable The USB connection only provides the communications link between the host PC and the OMU1 S RF The OMU1 S RF has two NEMA connectors one male and one female The male connector is for inlet and the female connector is for outlet The male connector is connected to a wall outlet or a power strip The female connector connects to the load to be measured 120 240V Single Phase AC Source Windows PC with GUI USB UART gt Wireless Development Kit UART gt UART Isolator Windows Wireless Wireless or With GUI or PLC PLC Module lt U P T Module not included Figure 1 OMU1 S RF Application Diagram 8 Rev 1 2 UM 6612 016 78 6612 OMU1 S RF Demo Unit User Manual 2 2 1 Attaching the USB OPTO Daughter Board to the OMU1 S RF Attach the USB OPTO daughter board to the OMU1 S RF for use with the supplied GUI This hardware interface provides an easy way to explore the 78M6612 firmware features The USB daughter board incorporates signal isolators to protect the connected PC mh p n gt FALE AC n JE fdian ec USBEPTOHVI y ooo Orpi 7 Teridian onuigacvs S N Hir Attach the USB OP TO daughter board
36. nced relay controls be found by scrolling down to the bottom of the GUI These reserved for future use Do not use with the OMU1 S RF Relay Configuration Present Relay rs Relay Configuration Configuration Write Relay 00000000 Configuration Present Enter Sequence Delay Sequence Delay Write 0 0 jo 1 Sequence Delay Present Enter Energize Delay Energize Delay Write 0 000 0 010 Energize Delay Present Enter Delay De energize Delay Write jo 000 0 010 De energize Delay 3 18 Log File Import to Excel Relay DIO Control Present Relay Enter Relay DIO Control 00000000 Write Relay DIO Control Status Relay Configuration The OMU1 S RF measurement data can be graphed and post processed by importing its text data into various analysis programs The column data is separated by commas first dozen lines contain OMU1 S RF informational data The measurement data follows with each 1 second sample stored as a separate line item To import the log data into Excel begin by clicking on the Excel File Open option from the main menu Look in DataLog B Recent E Data LogFile SN1 txt Documents Data LogFile SN2 txt 3 Desktop E Data LogFile SN3 txt Data LogFile SN41 txt v2p1 exe av Documenms 4 OMU GUI v2p1 q Computer a My Ne
37. ot supply power to the attached external development board The female connector J2 is provided for attaching the external development board The J2 pin assignments are as follows Pin 1 3 3V or 5V input required to power signal isolator Pin 2 TX 78M6612 output Vout dependent on voltage at pin 1 Pin 3 RX 78M6612 input Vin threshold dependent on voltage at pin 1 Pin 4 GND The UART ISO daughter board does not support 1 8V signal levels Do not attach external equipment to the OMU1 S RF when using the UART ISO 10 If itis necessary to attach test equipment contact Teridian for instructions Hev 1 2 UM 6612 016 78 6612 OMU1 S RF Demo Unit User Manual 2 2 3 Attaching a Customer Supplied COM Module to the OMU1 S RF A fully isolated external communications board i e Wireless or PLC module may be attached to the OMU1 S RF s UART cable without using the UART ISO daughter board The OMU1 S RF UART cable supplies 100 ma max at 3 3 V FAULT aer iE READY eset i oe a Ri li TPS oF Wd Teridian onis ga T d 1 iai OMU1 S RF UART cable assignments are as follows Pin 1 Red 3 3V output 100ma max Pin 2 Blue TX 78 6612 output Vout 3 3V 0V Pin 3 Yellow RX 78M6612 input Vin 3 3V OV Pin 4 Black GND The OMU1 S RF UART cable does not support 1 8V signal levels Do not attach external equipment to the OMU1 S RF when usin
38. re 2 to disconnect the port Disconnect Demo Board Coanection Hyper Terminal File Edit view Aal Transfer Help D 1030 00000000 1034 0000 0004 0005 0009 0015 0017 0019 001D 0025 2 2 0031 Connected 0 22 30 ANSI 14 00000000 O0069C2F 00 3602D93E 207463CB 1770 5E 0820 BB 0000 El 00 054DECBE 3DCC 7800 0820 A3 0007D58D 9600 7 N 2 Figure 2 HyperTerminal Window with the Disconnect Button Rev 1 2 UM 6612 016 78 6612 OMU1 S RF Demo Unit User Manual 2 5 RunTime Installation The GUI Dashboard program is created using National Instruments LabVIEW The NI RunTime Engine must be installed first before launching the Dashboard GUI 1 Open the LabWindows XP Installer directory on the CD Teridian OMU1 D File Edit View Favorites Tools Help Q i Search lig Folders Address D Files Currently on the CD LJ FTDI USB Driver and Utilities LabWindows XP Pro VISA Update LJ Teridian Documentation CD Writing Tasks Write these Files to CD File and Folder Tasks Rename this file 55 Move this File Readme txt this file gt J Teridian Firmware Text Document 1KB Publish this file to the Web 22 E mail this file Teridian OMU GUI v3p0 ini PRU Teridian GUI v3p0 exe E ale pilier trata Delete this
39. s the display every 5 seconds etc Interval Cnt provides an index for the next display update For example if Sample Interval is set to 5 Seconds Interval Cnt will count from 1 to 5 Sample Interval Interval Cnt 3 10 Alarm Status The Alarm Status indicator turns red if any Alarm Status Threshold is exceeded See Section 4 16 for more information Rev 1 2 25 78 6612 OMU1 S RF Demo Unit User Manual UM 6612 016 3 11 Neutral Voltage Alarm The Neutral Voltage Alarm turns red when the Line and Neutral wires are reversed and Earth GND is connected Earth GND must be connected for this function to operate properly Neutral Voltage Alarm 100 150 20 2 Xo 400 50 4 Select pw wet e Wants Select tive Tan T L gt Neutral 5 m Line Line Neutral pesar m AT E ER FH R M E 4 Earth GND La es iut ties est 3 12 Line Frequency The Line Frequency indicator displays the existing line frequency Frequency is displayed with 0 1 Hz resolution 22 is displayed when no voltage is present Frequency Reading 26 Rev 1 2 6612 016 78 6612 OMU1 S RF Demo Unit User Manual 3 13 Accumulated Energy Usage and Expense Tracking If a Cost KWh value is entered the OMU1 S RF
40. twork Places File name v Files of type enaere v 30 Cancel Rev 1 2 UM 6612 016 78 6612 OMU1 S RF Demo Unit User Manual Change the Files of type to all Files Then find your sub directory and select your data log file Text Import Wizard Step 1 of 3 The Text Wizard has determined that your data is Delimited IF this is correct choose Next or choose the data type that best describes your data Original data type Choose the File type that best describes your data Characters such as commas or tabs separate each field Fixed width Fields are aligned in columns with spaces between each Field Start import at rows 1 File origin 437 OEM United States Preview of File DataLog Data LogFile Shs1 quis LogFile 5541 txt 3 25 PM No changes required on the next dialog box click Next Text Import Wizard Step 2 of 3 This screen lets you set the delimiters your data contains You can see how your text is affected in the preview below Delirniters Semicolon Treat consecutive delimiters as one Comma Space Other Text qualifier Data preview 2 Y cai LogFile SM41 O txt Sc 7816612 52 51 13 gt ul 16 z sic z n29 Teridian Semiconductor Uncheck Tab and then check Comma Click Next to proceed Rev 1 2 31 78 66
41. vice Manager lists all the hardware devices installed on your computer Use the Device Manager to change the properties of any device Drivers Driver Signing lets you make sure that installed drivers are compatible with Windows Windows Update lets you set up how Windows connects to Windows Update for drivers Hardware Profiles a Hardware profiles provide a way for you to set up and store different hardware configurations Hardware Profiles Apply Device Manager File Action View Help gt El R 461 P Computer Disk drives Display adapters DVD CD ROM drives Floppy disk controllers J Floppy disk drives Human Interface Devices amp 3 IDE ATA ATAPI controllers oe Keyboards 3 Mice and other pointing devices g Monitors 88 Network adapters JY HEE SB Processors Sound video and game controllers 2 System devices Universal Serial Bus controllers 3 Take note of the COM port assignment for the USB Serial Port fe Modems H Monitors EE Network adapters H PCMCIA adapters Ports COM amp LPT hs USB Serial Port mm Processors ce Secure Digital host controllers H A Smart card readers 9 9 Sound video controllers H System devices H Universal Seri
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